Ambyint, a market leader in production optimization for the oil and gas industry, delivers step-change improvements to E&P production outcomes while mitigating methane emissions. Ambyint combines advanced physics and subject matter expertise with artificial intelligence to automate operations and production optimization workflows across all well types and artificial lift systems.

Products Include:

• Ambyint InfinityRL™ optimizes production and reduces failures for rod lift wells
• Ambyint InfinityPL™ optimizes production and overall stability for plunger lift wells
• Ambyint InfinityGL™ optimizes production and injection setpoint management on gas lift wells
• Ambyint ESP Optimization optimizes production and predicts imminent failures on ESP wells

Software as a Service (SaaS): Please contact Ambyint for more details

Ambyint solutions optimize oil & gas wells by automating anomaly detection, controller setpoint recommendations, setpoint changes, and providing critical analytics to enable real-time production optimization.

The company uses advanced physics-based models, deep subject matter expertise, and artificial intelligence to deliver highly scalable and proven applications.

Ambyint provides more deployment flexibility than any analytics provider in this space: data acquisition models include data integrations with existing SCADA systems, well historians, and production accounting systems.. Applications can be deployed in the customer's AWS cloud or in Ambyint's cloud.

Ambyint has substantial case study history to demonstrate production improvements, opex redu

Rod Lift Optimization (InfinityRL™)

• Increases production up to 5%
• Reduces operating costs up to 30%
• Lowers failure rates up to 50%
• Increases tech/engineer efficiency at least 25%
• Reduces electricity consumption and GHG emissions including methane emissions by 10-20%

Plunger Lift Optimization (InfinityPL™)

• Increases production up to 7%
• Analyzes thousands of plunger wells continuosly
• Identifies production-impacting anomalies instantly
• Utilizes advanced physics models for better open/close trigger selection
• Automatically optimizes production via setpoint changes

Gas Lift Optimization (InfinityGL™)

• Increases production by 2-5% vs. plan and reduces OpEx by 2-4%
• Reduces lift gas costs through optimized injection
• Reduces compression costs
• Increases Engineering/Operations efficiency

ESP Optimization

• Increases production by 3-5% vs. plan
• Increases runtime by 20-30%
• Lowers failure rates with imminent failure prediction
• Improves Engineering & Operations efficiency
• Reduces electricity consumption & GHG emissions including methane emissions